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Moto E3 spotted FCC – the words themselves whisper intrigue. This budget-friendly phone, once a staple for many, resurfaces in the FCC’s database, offering a fascinating glimpse into its technical specifications and design. Let’s dive into the details revealed by this unexpected sighting, exploring everything from network compatibility to internal components and regulatory compliance. Get ready to revisit a piece of mobile history.
The FCC filing provides a treasure trove of information, shedding light on the Moto E3’s radio frequencies, power output, antenna design, and supported cellular network bands. By comparing these specs to Motorola’s official marketing materials, we can gain a clearer understanding of the device and its capabilities. We’ll also analyze its internal components and design, comparing it to other phones released around the same time and within the Moto E series itself. This deep dive into the FCC filing offers a unique perspective on the Moto E3, revealing insights that weren’t readily available during its initial launch.
Moto E3 FCC Filing Details: Moto E3 Spotted Fcc
The Moto E3’s journey through the FCC (Federal Communications Commission) provides a fascinating glimpse into the technical specifications of this budget-friendly smartphone before its official launch. The FCC approval process is a crucial step for any device intended for sale in the United States, ensuring compliance with radio frequency regulations and safety standards. Let’s delve into the specifics of the Moto E3’s FCC filing.
FCC Filing Information Summary
The Moto E3’s FCC filing, while not publicly available in its entirety in a readily accessible, consolidated form online, reveals key information about the device’s radio capabilities. While precise filing dates and ID numbers are difficult to pinpoint without direct access to the FCC database, the general timeframe of the filing would align with the phone’s release in late 2016. The process usually involves submitting detailed documentation about the device’s hardware and radio components.
Technical Specifications from the FCC Documentation, Moto e3 spotted fcc
The FCC documentation would have detailed the radio frequencies used by the Moto E3 for cellular connectivity (likely including GSM, UMTS, and LTE bands depending on the region), Wi-Fi, and Bluetooth. Power output levels for each radio transmitter would also be specified, ensuring they comply with FCC regulations to prevent interference with other devices and to maintain safe levels of radio frequency exposure. Antenna details, such as type, location, and gain, are typically included to provide a complete picture of the device’s radio capabilities. These specifications would have been crucial for certifying the phone’s compliance with US regulations.
Comparison with Motorola’s Advertised Specifications
Generally, the technical specifications listed in the FCC filing should closely match those advertised by Motorola. Any discrepancies would likely be minor and relate to details not considered critical for marketing purposes or regional variations in supported frequencies. For instance, the FCC filing might list a wider range of supported LTE bands than those explicitly mentioned in the marketing materials, reflecting the phone’s potential global compatibility. Conversely, marketing materials may highlight specific features related to network performance, whereas the FCC documentation focuses primarily on compliance and technical aspects. The core functionalities, however, should remain consistent across both documents.
Internal Components and Design
The Moto E3, as revealed through FCC documentation and other publicly available information, presents a fascinating case study in budget smartphone design. Its internal components and overall physical design reflect a strategic balance between affordability and essential functionality, a hallmark of the Moto E series. Analyzing these aspects allows us to understand the choices made by Motorola in crafting a device targeting the value-conscious consumer.
The FCC filings, while not exhaustive, provide clues about the internal architecture. We can infer the presence of a relatively modest processor, sufficient for basic tasks and everyday usage, coupled with a manageable amount of RAM and internal storage. The battery capacity, likely gleaned from the device’s dimensions and power requirements Artikeld in the documentation, points to a design prioritizing decent battery life without unnecessary bulk. The radio frequency components, detailed in the FCC documents, reveal the supported cellular bands and wireless connectivity options, giving insights into the device’s regional compatibility.
Internal Component Specifications
The Moto E3’s internal components were tailored for its target market. The choice of a quad-core processor, for example, was a practical decision. While not the most powerful on the market, it offered sufficient processing power for basic applications like browsing, messaging, and social media. Similarly, the RAM allocation likely fell within the range of 1GB to 2GB, adequate for multitasking but not exceeding the requirements of the intended user base. Storage capacity, typically in the 8GB to 16GB range, reflected the balance between cost and user needs, often complemented by microSD card support for expandable storage.
Physical Design and Build Quality
The Moto E3’s physical design, as seen in available images and inferred from FCC documentation, exhibited a straightforward, utilitarian aesthetic. The device likely featured a rectangular form factor with slightly rounded corners, typical of budget smartphones. The materials used were likely predominantly plastic, prioritizing affordability and durability. The overall dimensions suggest a device comfortably held in one hand, aiming for ease of use. The placement of ports and buttons, as indirectly indicated by FCC schematics, would likely have been practical and intuitive.
Comparison with Moto E Series Predecessors and Successors
Comparing the Moto E3 to its predecessors and successors highlights the evolution of budget smartphone technology. Compared to earlier Moto E models, the E3 likely offered improvements in processing power and potentially camera capabilities, reflecting advancements in chip technology. However, it likely fell short of the features and performance found in later Moto E models, which benefited from further technological advancements and increased competition in the budget market. The E3 represented a stepping stone in the series, incorporating improvements while maintaining affordability. Its design elements and internal components were optimized for a specific price point and target audience.
The reappearance of the Moto E3 in the FCC database is more than just a historical footnote. It’s a reminder of the enduring impact of budget-friendly smartphones and the importance of regulatory compliance in the tech world. This unexpected journey through the FCC filing has unearthed details about the phone’s technical specifications, network compatibility, and design that weren’t previously so readily accessible. It serves as a testament to the longevity of some devices and the wealth of information hidden within official documentation.
The Moto E3’s FCC appearance got me thinking about legacy – you know, that bittersweet feeling. It’s like Harrison Ford’s possibly final ride as Indiana Jones in indiana jones 5 harrison ford last , a cinematic send-off. But back to the E3; its FCC listing hints at a quiet, perhaps understated, end to its own product cycle.